Takanori Sasaki
Papers
3
Total Citations
127
H-Index
3
About
Takanori Sasaki is a leading figure in interventional radiology, renowned for pioneering robotic systems that enhance the precision of computed tomography (CT)-guided needle insertions. His core research focuses on developing and validating automated platforms to improve accuracy in complex medical procedures, particularly for tumor ablation and biopsy. Sasaki’s major contributions include the creation of the “Zerobot,” a remote-controlled robotic system designed to overcome the limitations of manual needle placement. His landmark 2017 study (53 citations) demonstrated the system’s superior accuracy in phantom and animal models, while subsequent work (2018, 39 citations) confirmed its efficacy with various ablation needles. A key 2019 study (35 citations) further validated the robot’s ability to perform challenging out-of-plane insertions, achieving higher angular precision than manual techniques. Collectively, his research has amassed over 127 citations, establishing a robust evidence base for robotic assistance in CT-guided interventions. Sasaki’s work is instrumental in advancing minimally invasive oncology, promising reduced procedure times, lower radiation exposure, and improved patient outcomes. His achievements position him at the forefront of translating robotic automation into clinical practice.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3